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Techemer -  Water-Lubricated Bearings & Shaft Seals Manufacturer Since 2008 — ISO-Certified | Fully Patented

UNIV Blank Material Used in Pump Hydro Bearing Bushing Replacement to THORDON THORPLAS 1
UNIV Blank Material Used in Pump Hydro Bearing Bushing Replacement to THORDON THORPLAS 2
UNIV Blank Material Used in Pump Hydro Bearing Bushing Replacement to THORDON THORPLAS 3
UNIV Blank Material Used in Pump Hydro Bearing Bushing Replacement to THORDON THORPLAS 1
UNIV Blank Material Used in Pump Hydro Bearing Bushing Replacement to THORDON THORPLAS 2
UNIV Blank Material Used in Pump Hydro Bearing Bushing Replacement to THORDON THORPLAS 3

UNIV Blank Material Used in Pump Hydro Bearing Bushing Replacement to THORDON THORPLAS

INDRON® UNIV is used as Guide Vane, connecting-Rod and Regulating Ring Bushings. Compared with regular copper-based mosaic graphite bearings, INDRON® guide-vane, connecting-rod and regulating-ring bearings have larger contact area and no lubricating oil is required.

Minimum Order Quantity: 1
Price: USD, CNY
Packaging Details: Cartoon
Delivery Time: 15working days
Payment Terms: T/T
Supply Ability: 10000

Place of Origin: China
Certification: GB/T19001-2016/ISO9001:2015, China Classification Society

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    Product Description

    INDRON® UNIV is used as Guide Vane, connecting-Rod and Regulating Ring Bushings. Compared with regular copper-based mosaic graphite bearings, INDRON® guide-vane, connecting-rod and regulating-ring bearings have larger contact area and no lubricating oil is required.


    Themetal-based cladding can effectively protect shaft necks from wear and tear. lNDRON® guide-vane,connecting-rod and regulating-ring bearings can effectively cushion the vibration resulting from opening and closing of a guide vane and avoid cracking upon impacts.

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    INDRON® TSTN


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    Key Advantages

    形状(3)

    Outstanding Mechanical Properties

    ● Tensile Strength (53 MPa): The highest among all materials, demonstrating excellent performance under tensile loads.

    ● Compressive Strength (50.6 MPa): Also the highest, making it suitable for applications requiring high structural support.

    ● Compression Modulus (1000 MPa): The highest compression modulus further enhances its stability under stress.

    一致性 (2)

    Balanced Hardness and Toughness

    ● Shore Hardness (75~83°): Higher than TSTN, providing a balanced combination of wear resistance and flexibility

    ● Notched Impact Strength (70 kJ/㎡): Relatively high impact strength, showcasing good toughness.

    注水

    Low Water Absorption

    ● Saturated Water Absorption (1%) and Long-Term Water Absorption (0.9%): Low water absorption ensures stable performance in humid environments, outperforming TSTN and hRBR in this aspect.

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    Superior Load-Bearing Capacity

    ● Maximum Load Capacity under Low-Speed Oscillation (55 MPa): Significantly higher than other materials.

    ● Maximum Load Capacity for Continuous Operation (30 MPa): Ensures reliability during long-term use.

    耐磨性

    Excellent Wear Resistance

    ● Relative Volume Wear (215 mm³): Although slightly less competitive in this metric, it strikes a good balance between hardness and wear resistance.

    ● Dynamic Friction Coefficient (0.05~0.15 in water): Exhibits excellent friction performance in water, reducing wear and tear.

    wendu (2)

    Wide Temperature Adaptability

    ● Maximum Operating Temperature (110°C in dry conditions, 70°C in water): Suitable for various industrial environments, including high-temperature applications.

    So, UNIV material stands out for its high strength, low water absorption, moderate hardness, and excellent wear resistance, making it ideal for complex applications with high loads and fluctuating humidity. Particularly, its outstanding tensile and compressive performance makes it well-suited for environments demanding high mechanical strength and long-term stability.

    UNIV Material Performances

    Property List of INDRON®Elastic-plastic Alloy

    TSTN

    UNIV

    PLAT

    hRBR

    Properties

    Unit

    Test Method

    Typical Value

    Physical Property

    Density

    g/cm3

    GB/T 1033.1 /ISO 1183.1

    1.16

    1.25

    1.23

    1.1

    Mechanical Properties

    Tensile Strength

    MPa

    GB/T 1040.2 /ISO 527.2

    40.3

    53

    30

    20.3

    Elongation at Break

    %

    GB/T 1040.2/ISO 527.2

    300

    35

    150

    421

    Shore Hardness

    °

    GB/T 2411/ISO 868

    62~66

    75~83

    67~76

    85~95

    Water Absorption Mass (Saturated)

    %

    GB/T 1690/ISO 1817

    1.2

    1

    1

    1.2

    Water Absorption Volume (1080h)

    %

    GB/ T1690/ISO 1817

    1.4

    0.9

    0.9

    1.7

    Charpy Impact Strength (Notched)

    kJ/㎡

    GB/T 1043.1/ISO 179.1

    110

    70

    120

    -

    Compressive Strength

    MPa

    GB/T 1041/ISO 604

    24.6

    50.6

    38

    3.8

    Modulus Compression

    MPa

    GB/T 1041/ISO 604

    423

    1000

    600

    60

    Compressive Set (24h)

    %

    GB/T 7759/ISO 815

    25

    -

    -

    13

    Maximum Load Capacity (Low-speed oscilating at 25% strain )

    MPa

     

    26

    55

    38

    5

    Maximum Load Capacity (continuous operation at 25% strain )

    MPa

     

    10

    30

    20

    3

    Maximum Operation Temperature (in water)

     

    70

    70

    70

    70

    Maximum Operation Temperature (Dry)

     

    110

    110

    110

    110

    Tribology Property

    Relative Volume Wear (by Rotating Cylinder Drum)

    mm3

    GB/T 25262/ISO 23794

    138

    215

    136

    84

    Limiting PV (Seawater Cycling, Linear Speed 5.13m/s)

    MPa·m/s

    GB 7948-87

    101.3

    -

    -

    -

    Limiting PV (Dry Frition, Linear Speed 5.13m/s)

    MPa·m/s

    GB 7948-87

    1.69

    -

    2.3

    1

    Coefficient of Dynamic Friction (Water)

     

    GB 7948-87

    0.08-0.16

    0.05-0.15

    0.08-0.16

    0.08-0.16

    Our laboratory is equipped with advanced material performance testing and analysis instruments, allowing us to strictly control every detail of product design and production, ensuring superior product quality.  INDRON® bearings, seals, and gaskets are more durable than ordinary bearing materials under various conditions, including dry friction, water lubrication (clean water or water containing sand and mud), non-lubrication, grease lubrication, and even under impact load conditions.

    Applications

    INDRON® UNIV is utilized for Guide Vane, Connecting Rod, and Regulating Ring Bushings. Compared to traditional copper-based mosaic graphite bearings, INDRON® bearings offer a larger contact area and eliminate the need for lubricating oil. The metal-based cladding provides effective protection for shaft necks, reducing wear and tear. Additionally, INDRON® Guide Vane, Connecting Rod, and Regulating Ring Bushings efficiently absorb vibrations caused by the opening and closing of guide vanes, minimizing the risk of cracking under impact.

    轴承
    Rigid, tough and wear-resistant, suitable for impulsive and vibrating loads, maintenance-free.
    轴承
    Bonding of long-termed lubricative particles, stable lubricating effects, low friction and wear.
    绿色环保会场
    Effective protection of the shaft neck due to full coverage of the shaft neck.
    绿色环保会场
    A homogeneous self-lubricating material with reliable performances.

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    详情图 拷贝 (18)

    Material Performances

    GB/T 9867, ISO 4649 and ASTM D5963 Relative Volume Wears Comparison  (mm³)

    Partial data from THORDON product description

    INDRON hRBR,INDRON TITN, THORDON XL, INDRON TSTN, DIN Standard Rubber, THORDON SXL, UHMWHDPE, THORDON HPSXL, INDRON PLAT, Polyformaldehyde(POM) DELRIN AF, THORDON THORPLAS, Polyformaldehyde(POM)  DELRIN AF, TENMAT T814, TENMAT T14, ORKOT TXM-M, ORKOT TLG-P/S, RAILKO NF22, Graphite

    Under the same conditions, INDRON® elastoplastic alloy has less wear than other common nonmetal bearing materials, and some of its models are even better than imported materials,which means INDRON® bearing has longer service life, higher reliability and lower maintenance cost.


    What bearing materials are more suitable as the materials used for water pump guide bearings, Babbitt alloy, rubber, ceramics or new polymer materials?   It is advisable to take account of the lubrication requirements, use environment and maintenance cycle of the equipment.

    Our Strengths

    Our senior material scientists and mechanical engineering specialists have reached the international advanced level in material design, material innovations, material manufacturing and material applications. As a company focusing on the needs of customers and possessing years of experience and professional skills, we are assisting customers in solving their technical problems and providing extraordinary material technology solutions.

    Welcome to Contact Us!

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    Ms. Jane Yu
    yuj@techemer.cn
    +86 15013386084
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